讲座一题目：Nanomagnetic technologies for biomedical applications
讲座二题目：New insights into old magnets - FeNx
报告人：Jianping Wang
时 间：7月24日（周二）下午15:00-17:00
地 点：化学楼A817会议室
主持人：侯仰龙（教授）
报告内容摘要：
Nanomagnetic Technologies have many impacts on biomedical engineering. With a quick and brief introduction on several nanomagnetic technologies being developed in my group, this talk will focus on our previous effort to synthsize the multifunctional magnetic nanoparticles by using a physical gas condensation method [1,2] and our recent effort on the magnetic hyperthermia for cancer therapy and the early detectioin of diseases using thease particles and GMR sensors [3,4,5]. Discover the diseases at early stage is one of key solutions to improve our future healthcare system. Bioassays that detect and quantify biomolecules at ultra-low quantity, with point of care settings, are of great need to enable this. Magnetoelectronics including giant magnetoresistive (GMR) sensor has emerged as one promising platform for biomolecule detection. We herein report the development of a novel detection system based on highly sensitive GMR sensor and sub-13nm high-magnetic-moment FeCo nanoparticles, and the usefulness of this system for quantificating interleukin 6 (IL-6), a potential lung cancer biomarker, with extremely low concentration down to 150 copies per sensor surface. Magnetic label with high magnetic moment is preferred for the sake of generating larger magnetic signal, thereby higher sensitivity for the entire detection system. Furthermore, we successfully demonstrated the feasibility of the nanomagnetic sensing system to directly quantify IL-6 in unprocessed human serum samples and Endoglin in huamn urine samples in 5 min for the first time.
报告人简介：
王建平博士是美国明尼苏达大学杰出McKnight 终生讲座教授. 王建平教授的研究方向包括新型纳米磁性材料和器件的研究和制备、纳米自旋电子器件（自旋随机存储和自旋逻辑器件），以及在信息存储和生物医疗方面的应用。王教授在磁性信息存储方面取得了很多科研成果，并与工业界合作，实现了成果转化。目前王教授在国际期刊上发表学术论文200多篇，获得美国授权发明专利9项，正在申请美国发明专利8 项，出席各类国际学术会议并做邀请报告50多次。主编及参与编写磁性材料和器件相关专著4部。2006年荣获美国信息存储工业联盟（INSIC）技术成就奖。